Sentence examples for tension improved from inspiring English sources

Tension improved cell viability, and, independent of cell viability, fibrochondrogenic activity by promoting expression of collagen type 1 and aggrecan genes and attenuating gene expression of IL-6.

The Balinese massage techniques of stretching, long strokes, skin rolling and palm and thumb pressure result in a lowering of tension, improved blood flow and circulation, and an all-over feeling of calm.

This paper analytically shows that these solutions can generate significantly improved retention of AFC bolt tension, improved AFC sliding behaviour, higher displacement capacity to accommodate prying effects, and better AFC self-centering characteristics.

Long term culture of synoviocytes with tension improved meniscal- like extra cellular matrix components, specifically, the total collagen content, including type I and II collagen, and increased GAG content relative to HCS.

In addition, respiratory rate, pH, and arterial carbon dioxide tension improved significantly more after the first hour of treatment, and the duration of hospital stay was approximately 3 days shorter among NPPV-treated patients.

Moreover, exposure of mammalian cells to 20% O2 was shown to result in DNA damage [ 16, 17], whereas low oxygen tension improved the genetic stability of cultured human mesenchymal stem cells [ 14].

The tension improves the song; it's about contention, not just conspicuous consumption.

Decreasing interfacial tension improves the load recovery, and reduces the formation damage, and further enhances the gas production.

In particular, an in-plane tension improves the dynamic frequency range and detection sensitivity of a graphene resonator that operated in harmonic oscillation, while an in-plane tension deteriorates the dynamic frequency range and sensing performance of a graphene-based nonlinear oscillator.

This nanofilm improves the roughness of the rock pore surface and replaces the hydration layer formed by the injection of water so that the surface of the pore wall is transformed from a hydrophilic to a hydrophobic state, which improves the core wettability, avoids hydration expansion, reduces interfacial tension, improves the pore diameter and results in a decrease in the flow resistance.

Indeed, cell lines from F344 embryos were established more efficiently in 2% than 21% oxygen and expanded more rapidly from embryo outgrowths, indicating that lowering the oxygen tension improves cell proliferation or survival in F344 stem cell cultures (Table S1, Figure S1).